Best for: Slicer with built-in modelling that turns STL files into printer-ready G-code
Best for: Squeezing better surface quality out of an FFF printer through fine-grained settings
Free
Free to download and use. The software is closed source.
Free
Free and open source under the AGPL.
Windows, macOS, Linux
Windows, macOS, Linux
It combines a slicer with a scriptable modeller, so infill patterns and geometry can be generated procedurally rather…
Full strengths for IceSL
It combines a slicer with a scriptable modeller, so infill patterns and geometry can be generated procedurally rather than imported from a separate CAD program.
Generates its own calibration test prints instead of making you find models
Fine-grained top-surface settings including only-one-perimeter-on-top
All 4 strengths for SuperSlicer
Generates its own calibration test prints instead of making you find models
Fine-grained top-surface settings including only-one-perimeter-on-top
Better thin-wall handling, anchored into the print rather than left loose
Handles FFF G-code and masked SLA PNG layers from one program
The program is closed source and comes out of a research group, so documentation and printer profiles are…
Full limitations for IceSL
The program is closed source and comes out of a research group, so documentation and printer profiles are thinner than in the mainstream slicers.
The author states the Linux and macOS builds are compiled but not tested by them
The last tagged stable release is from 2024, with newer work in nightly builds
All 4 limitations for SuperSlicer
The author states the Linux and macOS builds are compiled but not tested by them
The last tagged stable release is from 2024, with newer work in nightly builds
The extra settings make an already dense interface denser
A single-maintainer fork tracking PrusaSlicer upstream
IceSL
SuperSlicer